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Unit 01
1-1
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1-2
1-3
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1-4
1-5
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1-6
1-7
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1-8
1-9
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1-10
Unit 02
2-1
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2-2
2-3
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2-4
2-5
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2-6
2-7
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2-8
Unit 03
3-1
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3-2
3-3
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3-4
3-5
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3-6
Unit 04
4-1
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4-2
4-3
Unit 05
5-1
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5-2
Unit 06
6-1
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6-2
6-3
Unit 07
7-1
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7-2
7-3
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7-4
7-5
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7-6
7-7
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7-8
7-9
Unit 08
8-1
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8-2
8-3
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8-4
8-5
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8-6
Unit 09
9-1
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9-2
9-3
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9-4
9-5
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9-6
9-7
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9-8
Unit 10
10-1
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10-2
10 3
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10-4
10-5
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10-6
Unit 11
11-1
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11-2
11-3
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11-4
Unit 12
12-1
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12-2
12-3
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12-4
12-5
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12-6
12-7
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12-8
Unit 13
13-1
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13-2
13-3
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13-4
Unit 14
14-1
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14-2
14-3
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14-4
14-5
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14-6
14-7
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14-8
Unit 15
15-1
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15-2
15-3
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15-4
Unit 16
16-1
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16-2
16-3
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16-4
16-5
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16-6
Unit 17
17-1
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17-2
17-3
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17-4
17-5
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17-6
Unit 18
18-1
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18-2
18-3
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18-4
18-5
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18-6
Unit 19
19-1
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19-2
19-3
Unit 20
20-1
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20-
2
3-6a
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Study Guide
<---Previous Assignment
-
Next Unit--->
Time Length
1 Day
On the test you should know:
How to calculate density of regular and irregular objects
Manipulate the density equation to solve for mass, or volume.
Know the Steps of the
Scientific Method.
Be able to identify Independent Variable, and Dependent Variable.
Videos & Notes
Understanding the Units of Density
How to Manipulate Equations (Important!)
How to Solve Density Problems
Density of Irregularly Shaped Objects
Calculate the mass in grams with the triple beam balance
Calculate to the nearest hundredth (estimate between the lines)
Example 234.43 g
Calculate the volume in mL by displacement in a graduated cylinder (dropping things in water)
Put an amount of water in a graduated cylinder that will submerge the object completely
Note the original volume
Drop the object in
Note the new volume (take the reading from the bottom of the
meniscus
)
Calculate to the nearest tenth (estimate between the lines)
Example 43.3 mL
D=m/v
(unit is g/mL)
Round to 2 decimals)
Density of Regularly Shaped Objects
Calculate the mass the same as before
Calculate the volume using the equation LxWxH
Measure in cm
Calculate to the nearest tenth (estimate between the lines)
Example 9.4 cm
Calculate the density the same as before
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<---Previous Assignment - Next Unit--->
Time Length
- 1 Day
On the test you should know:Videos & Notes